Adaptive ankle exoskeleton gait training demonstrates acute neuromuscular and spatiotemporal benefits for individuals with cerebral palsy: A pilot study

Keyphrases

• Gait Training 100%
• Spatiotemporal 100%
• Cerebral Palsy 100%
• Ankle Exoskeleton 100%
• Muscle Activity 60%
• Walking Speed 60%
• Stride Length 60%
• Overground 60%
• Exoskeleton 60%
• Soleus 40%
• Assisted Walking 40%
• Gait Disorders 20%
• Diverse Populations 20%
• Quality of Life 20%
• Muscle Activation 20%
• Gross Motor Function Classification System (GMFCS) 20%
• Training Protocol 20%
• Stance Phase 20%
• System Level 20%
• Paired T-test 20%
• Activity Patterns 20%
• Typical Patterns 20%
• Overground Gait Training 20%
• Lower Limb muscles 20%
• Repeatability 20%
• Training Session 20%
• Vastus Lateralis muscle 20%
• Gait Abnormalities 20%
• Untethered 20%
• Training Evaluation 20%
• Walking Stride 20%
• Exoskeleton Training 20%
• Clinical Goals 20%
• Two-tailed 20%
• Neuromuscular Conditions 20%
• Adaptive Assistance 20%

Nursing and Health Professions

• Pilot Study 100%
• Cerebral Palsy 100%
• Ankle Exoskeleton 100%
• Stride Length 60%
• Walking Speed 60%
• Quality of Life 20%
• Albendazole 20%
• Student T Test 20%
• Gait Disorder 20%
• Gross Motor Function Classification System 20%